Lecture Description
This video lecture, part of the series Calculus Videos: Differentiation by Prof. , does not currently have a detailed description and video lecture title. If you have watched this lecture and know what it is about, particularly what Mathematics topics are discussed, please help us by commenting on this video with your suggested description and title. Many thanks from,
- The CosmoLearning Team
- The CosmoLearning Team
Course Index
- Basic Derivative Formulas (Part 1)
- Basic Derivative Formulas (Part 2)
- Sketching the Derivative of a Function
- Equation of a Tangent Line
- Linearization at a Point
- Finding the Derivative Using Its Definition
- Product Rule (1/2)
- Product Rule (2/2)
- Quotient Rule (1/2)
- Quotient Rule (2/2)
- Derivatives Using the Chain Rule (Part 1)
- Derivatives Using the Chain Rule (Part 2)
- Chain Rule: Harder (Ex. 1)
- Chain Rule: Harder (Ex. 2)
- Chain Rule: Harder (Ex. 3)
- More Complicated Derivative Examples (Part 1)
- More Complicated Derivative Examples (Part 2)
- Using the Product and Chain Rule to Find a Derivative: Then Factoring and Simplifying
- Derivatives Using Implicit Differentiation (Part 1)
- Derivatives Using Implicit Differentiation (Part 2)
- Derivatives Using Implicit Differentiation (Part 3)
- Related Rates Problems and Implicit Differentiation
- Related Rates Involving a Cone
- Related Rates: A Point Moving on a Graph
- Related Rates: With Trigonometry
- Related Rates: Baseball Diamond Example
- Logarithmic Differentiation (Part 1)
- Logarithmic Differentiation (Part 2)
- Derivatives Involving Logarithmic Functions: ln(x), log (x), etc.
- Properties of Logarithms: Functions
- Derivatives Involving Exponential Functions: e^x, a^x, etc
- Derivatives Involving Inverse Trigonometric Functions
- Inverse Trigonometric Derivative: Example 1
- Inverse Trigonometric Derivative: Example 2
- Inverse Trigonometric Derivative: Example 3
- Inverse Trigonometric Derivative: Example 4
- Finding Partial Derivatives
- The General Chain Rule (Part 1)
- The General Chain Rule (Part 2)
- Newton's Method
- Where a Function is Increasing and Decreasing, Finding Local Max and Local Min
- Increasing/Decreasing, Local Maximums/Minimums
- Finding Critical Numbers (Part 1)
- Finding Critical Numbers (Part 2)
- First Derivative Test (Part 2)
- First Derivative Test (Part 2)
- Lagrange Multipliers: Finding Max or Min
- Using the Second Derivative to Find Local Max and Min
- Using the Second Derivative to Find Where a Function is Concave Up/Concave Down
- Optimization Problem (Part 1)
- Optimization Problem (Part 2)
- Optimization Problem (Part 3)
- Finding Local Max, Min and Saddle Points (Part 1)
- Finding Local Max, Min and Saddle Points (Part 2)
- Curve Sketching Using Calculus: (Part 1 of 2)
- Curve Sketching Using Calculus (Part 2 of 2)
- Directional Derivatives
- Differentials and Approximations
Course Description
In this course, Calculus Instructor Patrick gives 58 video lessons on Differentiation. Some of the topics covered are: Derivative Formulas, Derivative of a Function, Equation of a Tangent Line, Linearization at a Point, Product Rule, Quotient Rule, Chain Rule, Logarithmic Differentiation, Newton... (read more)
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